Mickey Miko

• Test lead on smartboard mini project. Responsible for ensuring all critical bugs are resolved by release date
• Automating interoperability tests and room control tests using python

• Executed detailed automated tests on VFD motor controllers using Python; identified key issues leading to failures and presented findings directly addressing three major causes of product crashes
• Coordinated with diverse teams through Jira to articulate daily progress on testing initiatives; facilitated retrospective meetings that found critical issues resulting in major software enhancements

• Refactored backend ad-server to properly handle playing ads in anytime zone and accounting for daylight savings time changes reducing no ad selection issues by 5%

• Engineered advanced trade identification systems to analyze stock market metrics; resulted in a average yearly return of 65%

• Designed comprehensive application features across front-end frameworks while implementing back-end services; Reduced workload of onboarding new clients by 30%
• Earned recognition within the organization for swiftly addressing system anomalies; analyzed root causes of recurring problems resulting in a streamlined troubleshooting process saving an average of two hours per incident

• Developed automated testing protocols for frontend and backend components, integrating these processes into CI/CD pipelines; this initiative elevated code quality and reliability, leading to a 25% decrease in application downtime

• Designed oil field tools, reduced product development time by 35% by automating repetitive tasks
• Improved product reliability by finding and implementing proper mechanical engineering standards such as O-ring and spring design calculators

• Theoretical design and physical construction of novel low-concentration photovoltaic system prototypes; including using different mirror shapes and materials along with efficiency losses due to heat trapping.
• Initiated and conducted a feasibility study of the device: finding the range of levelized cost of energy, factoring in different geographies, margins, and markets.

Reduced time taken to develop a novel inclinometer by building a SIMULINK application to massage accelerometer data into MATLAB displacement algorithms and display the data in real time in a GUI.

• Created a unit-testing framework for an electromagnetic solver reducing bug testing time from 3 days to 1 hour

• Improved accuracy of cost estimates by creating a set of excel spreadsheets linked together with VBA

• Assessed incoming documents to verify what type of file it was
• Organized documents into appropriate well files

• Demonstrated outstanding customer service towards customers
• Prepared and served beverages in a timely manner
• Cleaned and maintained supplies and equipment in order to ensure compliance with safety regulations.
• Organized orders of merchandise

Dec 2023

Mar 2020

Mar 2020

Mar 2020

Oct 2018

Oct 2018